bobbins

英 [ˈbɒbɪnz]

美 [ˈbɑbənz]

n.  线轴; 绕线筒
bobbin的复数

柯林斯词典

• （缝纫机等的）线轴，绕线筒
  Abobbinis a small round object on which thread or wool is wound to hold it, for example on a sewing machine.

双语例句

• They also study the production process of PC/ PE weft bobbins being used widely in China.
  对目前普遍采用的PC/PE纬管生产工艺进行了探讨；
• An Emulsion Adhesive for Paper Bobbins Viewpoints on Vegetable Parchment Manufacture
  纱管乳液胶粘剂植物羊皮纸生产过程中若干问题的探讨
• Auto transfer of full and empty bobbins is realized, the labor tensity and roving damage by man are reduced, and the roving quality can be improved.
  实现了粗纱满空管的自动输送，减轻了挡车工劳动强度，减少了人为因素对粗纱的损伤，提高了粗纱质量。
• Influence of Ambient Temperature upon the Spindle Level of Plastic Bobbins
  环境温度对塑管定位高度的影响
• The invention relates to drive rollers on a textile machine producing cross-wound bobbins, for the frictional drive of a cross-wound bobbin, mounted to rotate in a spool frame on a spooling device.
  本发明涉及用于生产交叉卷绕筒子的纺织机的驱动辊，该驱动辊用于摩擦驱动安装成在绕线装置上的绕线架中转动的交叉卷绕筒子。
• The thin layer is attenuated, twist is inserted, and the resulting yarn is wound onto bobbins. A slight amount of twist is imparted to give strength. The strand, called roving, is laid onto a bobbin.
  纤维薄层被拉细，加捻，形成的细纱被卷绕到筒管上。条子上加上了弱捻以便使其具有一定的强度，形成的纱条称为粗纱，被卷绕到筒管上。
• The application of fiberglass& reinforcer nylon to bobbins on machine tools
  玻纤增强尼龙在机床电器线圈骨架上的应用
• After investigations in more than ten domestic plastic bobbins 'manufacturers the authors point out that PVC/ ABS "alloy" is the preferable material for bobbins and, in addition, it stands for the orientation of the plastic bobbins' material development.
  本文通过对国内十多家塑料纱管生产厂的调查指出，用PVC/ABS合金制作纱管比较理想，代表了塑料纱管原材料的发展方向；
• Bobbins, spools, cops and similar supports of paper pulp, paper or paperboard ( whether or not perforated or hardened)
  纸浆、纸或纸板（不论是否穿孔或硬化）制的筒管、卷轴、纡子及类似品。
• Some factors including the electrolyte, the ratio of manganese dioxide to carbon, moisture content and the weight of the battery bobbins affecting the properties of high-power ammonium chloride battery were discussed.
  本文讨论了电解液组分、锰碳比、电芯含水量及电芯重量等因素对高功率铵型锌锰电池放电性能的影响。